A. S. Sidorenko

Experimental observation of the triplet spin-valve effect in a superconductor-ferromagnet heterostructure

The theory of superconductor-ferromagnet heterostructures with two ferromagnetic layers predicts the generation of a long-range, odd-in-frequency triplet pairing at noncollinear alignment (NCA) of the magnetizations of the F layers. This triplet pairing has been detected in a Nb/Cu

Reentrant superconductivity in Nb/Cu1-xNix bilayers

{}_{41}

Nanoscale devices - fundamentals and applications

Ni

Memory effect and triplet pairing generation in the superconducting exchange biased Co/CoOx/Cu41Ni59/Nb/Cu41Ni59 layered heterostructure

{}_{59}

The effect of Cu/Mn substitution in 2223 Bi-based HTSC

/normal conducting- (nc-) Nb/Co/CoO

Beyond Moore’s technologies: operation principles of a superconductor alternative

{}_{x}

Experimental and theoretical analysis of the upper critical field in ferromagnet–superconductor–ferromagnet trilayers

spin-valve-type proximity effect heterostructure, in which a very thin Nb film between the F layers serves as a spacer of nc metal. The resistance of the sample as a function of an external magnetic field shows that for not too high fields, the system is superconducting at a collinear alignment of the Cu

Interference effects of the superconducting pairing wavefunction due to the Fulde–Ferrell–Larkin–Ovchinnikov like state in ferromagnet/superconductor bilayers

{}_{41}

Interfacial roughness and proximity effects in superconductor/ferromagnet CuNi/Nb heterostructures

Ni

Critical temperature oscillations and reentrant superconductivity due to the FFLO like state in F/S/F trilayers

{}_{59}